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An approach to understanding and preventing pollution in the waterways of Wessex
Wessex water show a useful Coast and Rivers Watch interactive map which identifies which outfalls are discharging untreated sewage into rhinos, streams and rivers. However, it seems that it is impossible to get to their map from outside, by just clicking the link above, so you have to go to https://www.wessexwater.co.uk/ and then search "coast and rivers watch" which should get you there.
Local Action 4 Water are just starting to test water quality with strips that detect nitrates and other indices of pollution.
The test is simply done. Get a sample of the water in a clean jar, dip a stick in, shake it, wait a specified number of seconds, and compare the colour of each section of the strip with a colour chart.
We buy our test strips from Simplex Health (don't worry, they are not paying us), and we went for their 5-in-one water test kits, which tests for pH, Total Alkalinity, Total Hardness, Nitrite and Nitrate. They cost £25 for 50 strips (early 2025 prices). Get them here.
Simplex also sell Phosphate test strips.
If you find raised nitrate and phosphorus levels in your local waterway, you can call Wessex Water and discuss your results.
Here is a great website on citizen science testing for phosphorus on the River Parrett.
A study by the University of Greenwich found that about one third of money paid in water bills leaks away from real water services to pay debt interest and dividends to shareholders. Privatised companies have paid £50 Billion to shareholders, and have created debt of £47 Billion. In short, they have just borrowed money to pay dividends to their shareholders. This is the economics of the neoliberal madhouse.
Privatisation was driven by nothing but Thatcher ideology. Water is not a market; there is no competition, because customers cannot move from one company to another.
Meanwhile, water companies have sold off 35 of their reservoirs and built just two.
Ofwat in December 2024 have allowed water companies (WCs) to raise water bills by about 35% to pay for work involved in separating stormwater from sewage. About 2,500 storm outfalls will need to be upgraded in England and Wales. It is very clear indeed that it is absurd to expect that water and sewage bill payers could or should pay for all the necessary work listed which is needed to rationalise water management in the UK. Water Bills are designed to pay for the service of supplying clean water and taking away sewage, not rebuilding the infrastructure.
We are talking here about water management, a massive infrastructure operation on a par with President Franklin D. Roosevelt’s New Deal in 1933, when he created employment to meet the economic suffering caused by the Great Depression of 1929-39.
The money for reform must be raised by central government to address a crisis of water management that adversely impacts the health of both humans and our aquatic environment, a long crisis that has been created by years of neglect and complacency, to be compounded in coming decades by the effects of climate change. There is a clear need for Keynesian-style investment into this vital element of our national life.
Neo-liberal economists and politicians (be they Tory, LibDem, or Labour) will use their influence in legacy and social media to scream long and loud in protest at this suggestion, because to them, money is the only reality worth considering.
Neo-liberalism is the exceedingly questionable idea that self serving (largely) men, competing against each other for ever-increasing accumulations of monetary wealth, without any external restraint or regulation, will produce the best of all possible worlds. Ecological and human health to neo-liberals is a mere “externality” to their economics. They have no concept of investment in human health or in ecology, they only think of investment in strictly financial terms. They cannot understand that investment can change a “waste” into value, or that healthy rivers, streams and oceans have value also.
The neoliberal hysteria will be amplified by a campaign by manufacturers of artificial fertilisers against the use of sewage derived soil conditioners, as mentioned above.
This is a battle that we must be prepared to fight and win, because it is the opening battle of an ideological war between neo-liberalism and real, ecological economics of the coming century, an economics which is based on the relation between mankind and the environment that is our life-support system.
The money needed to reform the way water is managed in the UK can be raised by a combination of:
De-privatisation
Responsibility for water was taken from local government in 1974 and put under regional water authorities (RWAs). Investment in water services fell by 2/3rds between 1970 and 1980 because borrowing was forbidden under the Conservatives in power at the time. Margaret Thatcher privatised the RWAs in 1989, and then allowed the private companies to borrow, so investment in infrastructure increased after privatisation. The debt owed by the RWAs was cancelled in order to facilitate privatisation. Debt has increased from zero in 1989 to £60.6 billion by 2022, so that a proportion of water bills (19% in the case of Wessex Water) is diverted to paying interest on the corporations’ debt.
Privatisation means that the WCs must pay dividends annually to their shareholders. In 2022-3 the companies paid out £1.4 billion in dividends to shareholders, nearly 11% of the companies’ total revenues, or 22% of capital investment.
In other words, without privatisation, about 22% more money could have been applied to preventing sewage spillages into our environment over 35 years.
The public are overwhelmingly against water privatisation. A YouGov poll in 2022 showed that only 8% of people supported privatised water, whereas 63% wanted public ownership. Even of Conservative voters, 58% wanted public ownership, with only 12% supporting the privatised system. Sadly, the Conservative, LibDem and Labour parties lack the courage to start to unpick Thatcher’s toxic legacy, and only the Green Party is calling for de-privatisation of the WCs.
Privatisation need not come at a huge cost. The share value of failing companies can fall away to nothing, so the Government can easily take them over when this happens. Thames Water is near this point in 2024. A water bill strike could bring other companies to that point. The Common Wealth think tank calculates that Government could take over water companies at a cost that is near to zero.
An inventive way of de-privatisation of WCs is by punishing spillages, not by imposing fines, but by acquiring company shares instead. Directors could see power slip out of their hands every time another spillage happens. There is a petition calling for this method here: https://weownit.org.uk/act-now/take-shares-not-fines
Privatised WCs are clearly failing, and re-nationalisation or WCs will signal the beginning of the end of the doctrine of neo-liberalism, which has to be cleared away before we can address the global cluster of major social and environmental problems that we face in our time.
Governments claim that privatisation would cost too much.
But new research from the University of Greenwich shows taking back English and Welsh water saves a minimum of £3 BILLION a year, no matter the level of shareholder compensation.
A tax on the rich
Households in the bottom decile (tenth) in the United Kingdom earned, on average, £18,706 per year in 2022/23, compared with the top decile which earned £185,358 pounds per year.
The richest 1% of British people hold more wealth than 70% of ordinary British people
Profs Wilkinson and Pickett have shown very clearly that such inequality of income and wealth creates a society that is less healthy, more unhappy, and more dysfunctional than a society that is more equal.
Therefore, the case for raising money from the rich for renovating our water infrastructure is very strong indeed.
The counter-argument that will be raised is that if we raise taxes in the UK, rich people will move abroad. However, rich people tend to hold assets like land and grand houses in the UK, and these assets cannot be moved. These assets can always be taxed, and money can be raised on them.
Additionally, Britain is a regrettably backwards and conservative country; other countries are more progressive, so there will be an international movement to tax the rich, leaving the rich with nowhere to go and nothing to do except pay their fair share of taxation.
Quantitative Easing
Most money is created by private banks in the process of granting a loan. When a person is granted a loan by a bank, two accounts are created, an asset in the books of the lender, and a liability in the account of the debtor. The debtor then, in subsequent years, pays back first the interest and finally the capital amount, at which point the asset and liability accounts cancel each other out, and the bank is left with a profit, which represents new money in the economy.
The State is allowed by the banks to create cash out of nothing, and may also create money by what is known as Quantitative Easing.
Viewing the problem of water management in the UK economy, we have the following:
Therefore is is perfectly reasonable to create the money required to carry out this work by Quantitative Easing (QE).
The objection will be raised that QE can lead to hyper-inflation. This is true in some circumstances, where money is just injected into the economy unlinked to any productivity or project by governments in stressful circumstances such as civil war.
It is therefore clear that the money can and must be raised by central government to pay for renovation of our water management.
THE PROGRAMME
What are the practical tasks that need to be done? Like most big changes, it needs action at every level: Government, business, and householders.
Action by Government
Phosphate, along with nitrogen and potsassium, is a vital nutrient for plant growth, and is a common ingredient in fertilisers applied to crops.
Phosphate used to be mined from huge mountains of guano - seabird droppings - but this has been used up, and so it is now obtained from phosphate-bearing rock. It is a finite resource, and will run out in 50-100 years, so it is totally unreasonable to poison our waters with a precious, diminishing resource. Phosphate fertilisers should be used carefully, to supply plants (and animals) with exactly what they need, and not used on a routine basis.
Phpsphorus is also added to drinking water supplies in low doses, (0.5-2mg/litre) to prevent poisonous lead dissolving into tap water. This is the source of about 5% of the phosphate in sewage.
If rain washes phosphates into streams, rivers, lakes and the sea, it can cause overgrowths of algae, called eutrophication, in the water, which can kill other life forms by depriving them of sunlight.
Excellent work has been done by citizen scientists on the Somerset Levels on phosphate pollution that is threatening important Ramsay sites, mainly from sewage outfalls. More information here.
Phosphate can be removed from wastewater by reed beds and by chemical reactions. More here. Wessex Water does remove phosphates at some, but not all, of its sewage treatment plants.
The United Nations Environment Programme calls for a 50% reduction in phospate use, and a 50% increase in phosphate retrieval from wastewater.
WESSEX WATER POLLUTION INCIDENTS - useful interactive map of all outfalls that indicates when and where discharges are taking place
RIVER ACTION - UK wide campaigning for clean water
SURFERS AGAINST SEWAGE - great campaigners against water pollution
TAKE BACK WATER - pledge to withhold our water bills payment
MEETINGS SCHEDULED FOR DAVID SAWTELL AND DR RICHARD LAWSON
LEADING A DISCUSSION ON
WATER POLLUTION IN THE WESSEX REGION
2025H
29 7PM WELLS, THE LAWRENCE CENTRE. Doors open 6:30pm
30 7PM STREET Quaker Meeting House, 36 High Street, BA16 0EB. Doors open 6.30
About 75% of water pollution problems come from animal waste, and 25% from human sewage. The nutrients in the slurry consume the oxygen in the water of streams and rivers, and this can cause fish kills. Nutrients can also cause blooms - sudden overgrowth - of algae, which can poison fish.
Animal waste - the excrement that comes from cattle when they are penned up at night - is collected in slurry pits, which are dangerous to life, since they produce gases that can displace oxygen. Farm workers die in slurry pits.
The solution is to capture these gases, purify them, and use them to power tractors and farm machinery.
Here is the website of a Cornish producer who does just that: https://bennamann.com/
Anaerobic bacteria - those that operate in the absence of oxygen - convert the slurry into soil conditioner - a kind of fertiliser - and biogas, a mixture of carbon monoxide, methane and CO2, which can be processed and used in the farm tractor.
This beneficial technology prevents rain from causing open slurry pits to overspill and flow into streams and rivers.